Operational Plan: A Heterogeneous Federation as Proof of the Mission-Ready Architecture

The Mission-Ready AI Decalogy's first seven papers establish the architecture of governed agentic operation: the HGC³AE² framework, the epistemic constraints under which agentic systems operate, the seven-layer edge doctrine, the cognitive node, the Skipjack Protocol, the operating model, and the agentic substrate. The eighth paper specifies the comprehension instrument by which a mission-ready system maintains the self-knowledge required to remain inside its governance envelope. What is absent, after these eight papers, is the empirical demonstration that the architecture survives contact with production operation. This paper closes that gap. This paper documents an actually-deployed heterogeneous federation — an on-premises GPU cluster operated under K3s, a hyperscaler-managed inference and storage surface, and a sovereign-jurisdiction bare-metal capacity tier — governed by a single Skipjack-conformant operating layer. It describes what the federation runs, where workload is routed and why, which failure modes have been encountered, how Skipjack's four enforcement mechanisms held under contact, and what the unit economics look like compared to single-hyperscaler deployment of the same capability set. The principal observation is not that any single substrate is best for agentic operation — none is — but that a governed federation across heterogeneous substrates can satisfy the architecture's requirements at unit economics that single-hyperscaler deployment cannot match, for the workload classes that mission-ready agentic operation typically demands: steady-state inference, persistent memory, governance overhead, and forward-deployed DDIL-tolerant nodes.